Basic Structure and Materials: The valve body is made of aluminum alloy, the valve cap is zinc, and the condensation bowl is also aluminum alloy, ensuring a sturdy structure suitable for industrial conditions. The sealing component uses neoprene rubber, providing reliable sealing performance to minimize air pressure leakage. The product weighs approximately 1.7 pounds, making it lightweight for easy installation and handling. It also supports modular assembly with the Excelon series, adapting to various pneumatic system layouts.
Interface and Filter Parameters: The interface specification is 3/8-inch PTF, suitable for pneumatic pipeline connections of corresponding specifications. It is equipped with a 40-micron precision filter element, which can effectively separate moisture and solid particle impurities from compressed air, preventing wear on precision components such as cylinders and pneumatic valves in the rear system, ensuring stable operation of the pneumatic system. This model does not come with a pressure gauge; additional configuration is required if pressure monitoring is needed.
Pressure control parameters: The output pressure adjustment range is 0.3 to 10 bar, equivalent to 4 to 145 pounds per square inch. It also features a pressure relief function to prevent equipment damage from abnormal system pressure. The maximum pressure resistance can reach 17 bar (250 pounds per square inch), capable of accommodating most industrial standard pneumatic pressure fluctuations. Pressure adjustment is operated via a press-to-lock anti-misadjustment knob, ensuring convenient and error-free regulation.
Emission and Operating Condition Adaptation Parameters: The quarter-turn manual emission method is employed, requiring manual operation to discharge the filtered and separated condensate, suitable for scenarios with low drainage frequency requirements. The primary medium is compressed air, though it can also accommodate neutral gases. The operating temperature range spans from -30°F to 176°F (-34°C to 80°C), making it suitable for most indoor and outdoor industrial environments. The gas flow rate can reach 123 standard cubic feet per minute, meeting the airflow supply demands of conventional pneumatic equipment.